Modulating the electrocatalytic performance of Palladium (Pd) with nonmetallic elements
(eg, H, B, C, N, O, P and S) has gained ever-increasing attention since their introduction has …

Palladium (Pd)-based nanomaterials have been identified as potential candidates for
various types of electrocatalytic reaction, but most of them typically exhibit unsatisfactory …

Surface and interfacial engineering of heterogeneous metal catalysts is effective and critical
for optimizing selective hydrogenation for fine chemicals. By using thiol-treated ultrathin Pd …

Development of robust metal catalysts for the hydrogenation of sulfur-containing nitroarenes
is challenging because the sulfur atom strongly poisons the active metal sites of the catalyst …

A particular palladium sulphide phase (Pd 4 S) supported on carbon nanofibers is shown to
be one of the most selective alkyne hydrogenation catalysts reported to date. Propyne and …

Achieving high selectivity is one of the major challenges for the noble metal catalysts. A
strategy of decoration of Pd nanoparticles by N–S doped carbon quantum dots (N, S-CQDs) …

In this study, we report a colloidal synthesis of palladium sulfides (including Pd16S7, Pd4S,
and PdS) via a facile one-pot hot-solution synthetic route and their promising application as …

The Pd 4 S phase of palladium sulfide is known to be a highly selective alkyne
hydrogenation catalyst at atmospheric pressure. Results presented here demonstrate that …

Unsupported, bulk phase palladium sulfide has been studied for the selective hydrogenation
of acetylene. The sample underwent significant change during thermal pretreatments, the …

A new procedure for preparation of palladium sulfide nanoparticles, which are deposited
and anchored over highly graphitized carbon nanofibers, is presented. The preparation …